Sentence examples for multistage activation was from inspiring English sources

Multistage activation was used to provide an MS scan of parent ions showing a neutral loss of 48.9885, 32.6570 and 24.4942, allowing for 2+, 3+ and 4+ ions respectively.

The gradient was 150 min from 2 to 40%% of mobile phase B and multistage activation was enabled with neural losses of 24.49, 32.66, 48.999, 97.97, 195.94, and 293.91 Da for the 10 most intense precursor ions.

In addition to MS/MS, multistage activation [43] was used for PTM analysis.

Multistage activation (MSA) was used for enhanced fragmentation of putative phosphate group containing ions as described (Basell et al. 2014).

Multistage activation (MSA) was used for both MS and MS scans to cofragment neutral loss of 48.98845, 97.97690, 102.09390 and 151.08235 m/z, corresponding to combinatorial neutral losses of phosphate and/or farnesyl, also if observed in the top 3 most intense fragment ions.

Behavioural activation is not a soft option.

(Transcriptional activation is a kind of activation).

To ensure the best fragmentation spectrum for any phosphopeptide was obtained, the precursors were fragmented using multistage activation (MSA) of the precursor mass (m/z) minus 49, 32.33 and 24.25 Da (this represents the loss of H3PO4 from a 2+, 3+ or 4+ precursor ion).

Precursors were analysed in the orbitrap set to a resolution of 60 000 and tandem MS/MS was performed in the LTQ with multistage activation (MSA) of the precursors and precursor −98/z, as described previously (Schroeder et al, 2004).

CID was triggered first in normal mode and second with the multistage activation option on when the prominent neutral loss fragment of −172 Da was observed as most abundant ion.

Multistage activation (MSA) for neutral losses of 98.0, 49.0, and 32.33 Da was enabled to enhance fragmentation of phosphorylated peptides.